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Demonstration of SCADA system to Manage Oilfield Pump Off Controllers
Author(s) -
Dan Newquist
Publication year - 2000
Language(s) - English
Resource type - Reports
DOI - 10.2172/833737
Subject(s) - scada , field (mathematics) , interface (matter) , software , engineering , systems engineering , computer science , embedded system , operating system , electrical engineering , mathematics , bubble , maximum bubble pressure method , pure mathematics
PC-based SCADA systems are today widely accepted by the oil and gas industry, thanks to the increased power and capabilities of PCs, their reduced costs, and the wider use of PCs by energy companies in office and field operations. More and more field operators are using laptops in their daily work duties. This has made the PC the choice for field SCADA systems, and for making SCADA data available throughout company operations. As PCs have become more powerful, it has allowed SCADA software developers to add more capabilities to their systems. SCADA systems have become tools that now help field operators perform their jobs more efficiently, facilitate in optimizing producing wells, provide an active interface for monitoring and controlling plants and compressors, and provide real-time and historical well data to engineers to help them develop strategies for optimizing field operations

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